CD17ED360JO3F

Mica and PTFE capacitors offer excellent insulation and high dielectric strength, making them ideal for applications such as power supplies, high frequency radio communication, and sharp-pulse applications. CD17ED360JO3F capacitors are specifically designed for these types of applications. In this article, we will discuss the application field and working principle of CD17ED360JO3F capacitors.

Functionality of CD17ED360JO3F Capacitors

CD17ED360JO3F capacitors are small, high-performance mica and PTFE capacitors. They are made using two PTFE elements that are placed in a shell made of mica. The mica shell serves to control the electrical field between the elements. This is why CD17ED360JO3F capacitors are particularly effective for their intended applications.

Case Design of CD17ED360JO3F Capacitors

CD17ED360JO3F capacitors are designed to be used in a variety of applications. The case design of CD17ED360JO3F capacitors is customizable to meet the requirements of the desired application. This includes designs for through-hole and surface mount components. All models come with an optional mounting flange or housing to simplify the installation process.

Application Field of CD17ED360JO3F Capacitors

CD17ED360JO3F capacitors are used for various applications, including high-voltage, high-frequency radio communication systems, and power supplies in a variety of industries. CD17ED360JO3F capacitors are also able to withstand extreme operating temperatures, which makes them ideal for automotive and aerospace applications.

Working Principle of CD17ED360JO3F Capacitors

The working principle of CD17ED360JO3F capacitors is based on the electric field that forms between the two PTFE elements. The electric field causes the electrons to flow between the two elements, generating a current that can then be used for the intended application. The intensity of the electric field is determined by the geometry of the two PTFE elements and the mica shell, which can be adjusted to match the requirements of the desired application.

Conclusion

CD17ED360JO3F capacitors are high-performing mica and PTFE capacitors, designed for a variety of applications, including high-voltage, high-frequency radio communication systems, and power supplies. The electric field that forms between the two PTFE elements is responsible for generating a current, which can then be used for the intended application. These capacitors are also able to withstand extreme operating temperatures, making them particularly well-suited for automotive and aerospace applications.